Functionalized Nanomaterials for Catalytic Application. Группа авторов

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SnO₂, TiO₂, and Fe₂O₃) [128]. Other remarkable introductions to conserve the water bodies using PCs as bifurcated units have been pinned up in segments to come. Similar trials have been unfolded in Table 1.3. Photocatalytic action with plausible mechanism is portrayed in Figure 1.5.

Table 1.3 Photocatalyst (PC) as FNMs.

FNMs as catalyst | Year | Scheme	Process	Irradiation |	Parametric expressions	Probe | Solution evolved | Reusable cycles	Remarks	Ref.
3D-Hem/GH | 2017	Self-assembly	Visible light	pH (3.82–8.99) | (variable) min.	Rh B | MB | 5	Contributors ·O2−| π - π interaction	[185]
MIL-100(Fe)/PANI | 2020 | Z-Scheme	Ball-milling	White light	pH (2–8) | 120 min	TC (84%) | Cr (VI) (100%) | 5	Attributors ·OH, ·O2−| π-conjugation	[186]
rGO@ZnO | 2020	Facile synthesis	UV light	pH (5–9) | 300 min	OFX | (99%) | 6	Reactive (·O2− |·OH), rGO (−4.42 eV) | ZnO (−4.05 eV)	[187]
Co-MIL-53-NH-BT | 2020	Hydrothermal | Step-by-step - assembly	Visible light | > 400 nm	pH (2–8) | 120 min	BPA (99.9%) | OFX (99.8%)	Activators ·OH + H+ + e − → H2O O2−, ·OH, Co3+/Co2+: redox mode	[188]
Pt/g-C3N4/Bi2MoO6 | 2019	Hydrothermal	Visible light	-| 150 min	MB (50%)	VB (2.34V) | CB (-0.86V) Supporters: ·OH, e−, h+, ·O2−	[189]
Bi-TiO2 NT/graphene NT | 2017	Hydrothermal	Visible light	-| 60 min	MB |Herbicide-Dinoseb | 95% |5	Contributors ·OH	[190]
Ni/TiO2 | Ru/TiO2 | 2019 |	Sol-gel | Wet-Impregnation	Sun light | Visible light	pH (natural)| 330 min (IMI) | 480 min (ATP, TMX)	IMI | ATP | TMX | 100% (Insecticides)	Solar (UV) > visible | Degraded products CO2 | H2O | ·OH	[191]
ZnO/G/TiO2 (ZGT) | 2016	Solvothermal	Ultrasonic	pH (9) | 120 min	MB | TBAC-L | TBBU-L TNFW-L | 4	Contributors: ·O2−, ·OH | π - π interaction	[192]
Zn-TCPP/Ag-TiO2 | 2016	Sol-gel	UV | Visible	-| 30 min	MB | PNP | 4	Enhancer-Porphyrin | 3.28 eV (bandgap)	[193]
Bi2S3/TiO2-Mt | 2018	Ion exchange | Impregnation	Near UV–Vis-light	pH (11) | 120 min	KP (80%) | -	Langmuir-Hinshelwood | pseudo-1st-order | ·O2− | ·OH	[194]
3D-g-C3N4-NS/TiO2-NF | 2018	Electrospinning | Thermal redox	Visible light >420nm	- | 120 min	Rh B (~93%) | 3	Activator ·O2− | pseudo-1st-order |	[195]
FeNi 3@SiO2@TiO2 | 2018	Sol-gel	UV-light	pH (9) | 200 min	TC (100%) | 5	Contributor ·OH |pseudo-1st-order |	[196]
Co3O4/TiO2/GO/amine | 2017	Sol-gel | Hydrothermal	Solar | Visible light	- | 90 min |	OTC (91%) |CR (91%) |5	Contributors e · OH, ·O2− CB, h+VB,−	[197]
CuInS2/Bi2WO6 | 2019	Hydrothermal	Visible light	| 120 min	TCH (92.4%) | 4	Activators: ·O2−, ·OH | Z-scheme	[198]
3D RGO-based hydrogel	Self-assembly | Reduction	UV-VIS	pH (2/3/(acidic) | 120 min	NPX | IBP | DFC | (70-80%) |	Langmuir | Freundlich | π-π interaction | pseudo-2nd-order	[199]
CQDs/TCNCs	Hydrothermal | Adsorption-polymerization	Visible light	pH Скачать книгу В начало < 13 14 15 16 17 18 19 20 21 22 > В конец e-mail: [email protected]